The Mechanical Engineering Designer is responsible for creating blueprints, schematics, BOMs, and varied complexity mechanical designs using computer-aided design software and is also responsible for the assembly and integration of a system, its major components, and the designs of all the physical pieces that contribute to the overall completion of sterilization machines. Responsibilities include communicating with internal and external stakeholders, designing, assembling, and testing sub-components of varying sizes, and may include traveling to assist on system installations. The Mechanical Engineering Designer participates in the entire process from design to installation to develop the skills required to ensure the engineering of the entire system is optimal. Further, development of the skills required for troubleshooting to identify problems and analyze deficiencies to develop solutions is essential in contributing to improvements across a system. Meeting and contributing to design specifications and requirements, implementing new and updating current system designs, testing, and evaluating sub-components of a system prior to final assembly, working and contributing to a teamwork environment, and upholding all safety protocols are key aspects of this position. This opening is within the Technology Development group of STERIS AST Equipment and Technologies Division and is focused on the Mevex equipment product line. Our Mevex equipment offering supports Customers with integrated electron-beam sterilization equipment, including accelerator systems for electron beam and X-ray irradiation, product handling systems, process management, automation, and radiation protection system design solutions. See https://www.steris-ast.com/solutions/equipment-and-technologies/mevex-equipment The Technology Development group designs improvements, new features, and new products within the Mevex equipment offering. This role involves collaborating in a team environment with other technical disciplines to develop new technologies related to particle accelerator-based sterilization and processing systems. Activities in this group include requirements-gathering, specification development, conceptual design, prototyping, testing and qualification in an R&D bunker, and finally release to production. The role will involve learning and developing a broad set of skills within and outside of the traditional Mechanical Engineering discipline to solve complex problems that can involve ionizing radiation, radiofrequency energy, magnetics, thermal, high vacuum, material chemistry and other technical challenges.
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Job Type
Full-time
Career Level
Mid Level